|
發表編號:PC-II-26-1時間: |
論文編號:0149
報告人:
林倚陞
Flexible Dye-Sensitized Solar Cells with anodization and gel electrolyte for improvement of efficiency
|
|
|
發表編號:PC-II-26-2時間: |
論文編號:0060
報告人:
吳冠賢
雜原子摻雜3D骨架Mn3O4//MoS2高效能可撓式全固態非對稱超級電容之研究(II)
|
|
|
發表編號:PC-II-26-3時間: |
論文編號:0400
報告人:
慈珮
超聲電化學製備含氮石墨烯奈米片作為觸媒催化過氧化氫還原反應
|
|
|
發表編號:PC-II-26-4時間: |
論文編號:0579
報告人:
黃鈞偉
Effect mechanism of hybrid BaSO4 additives with different particle sizes on improving capability of negative electrodes for lead-carbon batteries
|
|
|
發表編號:PC-II-26-5時間: |
論文編號:0085
報告人:
Jia–He Su
Impact of carbon quantum dots on the structure of vanadium oxide in aqueous zinc-ion batteries
|
|
|
發表編號:PC-II-26-6時間: |
論文編號:0217
報告人:
洪韻淩
Heterostructures of NiCoP-Cu3P with MXene (Ti3C2TX) as an electrocatalyst for HER and OER
|
|
|
發表編號:PC-II-26-7時間: |
論文編號:0235
報告人:
高永泰
Metal-Organic Framework-199 (MOF-199) Derived Trimetallic Oxides on MXene as Electrocatalysts
|
|
|
發表編號:PC-II-26-8時間: |
論文編號:0252
報告人:
李日譽
Fabrication of Ordered Macro-Microporous 3D Metal−Organic Framework and Its Derivative Carbon Material for Supercapacitor
|
|
|
發表編號:PC-II-26-9時間: |
論文編號:0518
報告人:
丁元鴻
Improving Cycle Performance of VO2 in Aqueous Zinc-Ion Battery Through Polypyrrole Coating
|
|
|
發表編號:PC-II-26-10時間: |
論文編號:0111
報告人:
吳旻峻
Conversion of organic compounds to carbon nanomaterials provide efficient surface area for high-performance supercapacitors
|
|
|
發表編號:PC-II-26-11時間: |
論文編號:0462
報告人:
Pin-Ju Chen
Three-dimensional porous nickel micro- and nanostructure for non-enzymatic electrochemical H2O2 sensing
|
|
|
發表編號:PC-II-26-12時間: |
論文編號:0578
報告人:
Chia-Hsiang Lee
Ni-Co-O nanosheets grown on 3D porous Ni template for solid-state symmetric supercapacitor
|
|
|
發表編號:PC-II-26-13時間: |
論文編號:0566
報告人:
姜厚呈
Enhanced cycling performance of the lead-carbon negative electrodes by regulating hybrid carbon additives
|
|
|
發表編號:PC-II-26-14時間: |
論文編號:0727
報告人:
梁高誌
Three-step process for an interfacial layer in perovskite thin film
|
|
|
發表編號:PC-II-26-15時間: |
論文編號:0263
報告人:
陳瓊姿
Influence of Different Antisolvent Addition Methods on the Surface Structure of Perovskite Active Layer for Perovskite Solar Cell
|
|